from sys import platform from psychopy import sound,core,visual,event if platform=="win32": from psychopy import _parallel import pyglet.media #sound.setEventPollingPeriod(0.0001) #this gives priority to sound over drawing but isn't necessary winType = 'pyglet' LPT1 = 0x378#address for parallel port on many machines pinNumber = 2#choose a pin to write to (2-9). #black window win = visual.Window([800,800], rgb=-1, winType=winType) win.update()#draw black screen white = visual.PatchStim(win, tex=None, rgb=1)#and create white patch to detect with diode #if pygame has been initialised this will be a pygame sound, otherwise pyglet A = sound.Sound(400,secs=0.08,bits=16,sampleRate=44100) A.setVolume(0.6) #make screen white then play sound and set parallel high white.draw(); win.update() A.play() if platform=="win32": _parallel.out(LPT1, 2**(pinNumber-2))#sets just this pin to be high (pin2 represent databit 0, pin3=bit1...) win.update()#draw black screen and set parallel low if platform=="win32": _parallel.out(LPT1, 0)#sets all pins low core.wait(2)#wait for sound to finish core.quit()
from psychopy import *
from psychopy import _parallel
import pygame
win=visual.Window([600,600])
win.update()
LPT1 = 0x378#address for parallel port
_parallel.out(LPT1, 0)#set all pins low
pygame.event.clear()
##this takes 22-26ms
#while True:
# pygame.event.pump()
# if len(event.getKeys()):#psychopy's event module
# break
##this takes 22-24ms (not using a buffer but direct current keys)
#while True:
# pygame.event.pump()
# keys = pygame.key.get_pressed()[0:100]
# if sum(keys)>0: break
##mouse is sometimes quicker, but more variable (ranges 15-25ms)
while True:
pygame.event.pump()
if sum(pygame.mouse.get_pressed())>0:
break
_parallel.out(LPT1, 1)#set pin 2 high
from psychopy import *
from psychopy import _parallel
import pygame
win = visual.Window([600, 600])
win.update()
tick = sound.Sound('tada', secs=0.01)
LPT1 = 0x378 #address for parallel port
_parallel.out(LPT1, 0) #set all pins low
pygame.event.clear()
##this takes 22-26ms
#while True:
# pygame.event.pump()
# if len(event.getKeys()):#psychopy's event module
# break
##this takes 22-24ms (not using a buffer but direct current keys)
#while True:
# pygame.event.pump()
# keys = pygame.key.get_pressed()[0:100]
# if sum(keys)>0: break
##mouse is sometimes quicker, but more variable (ranges 15-25ms)
while True:
pygame.event.pump()
if sum(pygame.mouse.get_pressed()) > 0:
break
if platform == "win32": from psychopy import _parallel
import pyglet.media
#sound.setEventPollingPeriod(0.0001) #this gives priority to sound over drawing but isn't necessary
winType = 'pyglet'
LPT1 = 0x378 #address for parallel port on many machines
pinNumber = 2 #choose a pin to write to (2-9).
#black window
win = visual.Window([800, 800], rgb=-1, winType=winType)
win.update() #draw black screen
white = visual.PatchStim(win, tex=None,
rgb=1) #and create white patch to detect with diode
#if pygame has been initialised this will be a pygame sound, otherwise pyglet
A = sound.Sound(400, secs=0.08, bits=16, sampleRate=44100)
A.setVolume(0.6)
#make screen white then play sound and set parallel high
white.draw()
win.update()
A.play()
if platform == "win32":
_parallel.out(LPT1, 2**(
pinNumber - 2
)) #sets just this pin to be high (pin2 represent databit 0, pin3=bit1...)
win.update() #draw black screen and set parallel low
if platform == "win32": _parallel.out(LPT1, 0) #sets all pins low
core.wait(2) #wait for sound to finish
core.quit()